Hydraulic Moulding Press

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Hydraulic Moulding Press Specification

Nominal Force
300 Ton

Power Source
Electric

Condition
New

Dimension (L*W*H)
2100 mm x 2300 mm x 3200 mm

Power(W)
10 kW

Voltage
380 V / 415 V

Motor
15 HP

PLC System
Siemens PLC

Solenoid Valve
Yes

Pre-Fill Valve
Present

Proportional Valve
Provided

Pressure Gauge
Hydraulic Pressure Gauge Included

Max Opening Distance
800 mm

Working Table Size
900 mm x 900 mm

About Hydraulic Moulding Press

Hydraulic Moulding Press :

We are offering Hydraulic Moulding Press. Our Hydraulic presses are most closely watched for their ultimate performance and are designed in accordance with the latest industry standards. In addition to the Hydromech warranty, we also provide excellent after sales service.

Advanced PLC-Controlled Operation

Powered by a Siemens PLC system, this hydraulic moulding press offers dynamic process automation. The reliable control panel enables intuitive programming, making operation accessible while maximizing production efficiency. Advanced proportional and solenoid valves ensure precise pressure delivery for consistent results in high-volume manufacturing environments.

Superior Hydraulic Performance & Construction

Built with durability in mind, the press features a robust structure and an impressive 300-ton force capacity. The integrated hydraulic pressure gauge allows real-time monitoring, ensuring process integrity and operator safety. The 900 mm x 900 mm working table supports substantial moulding projects, while high-quality components prolong operational life.

Versatile Industrial Applications

Ideal for manufacturers, exporters, and suppliers across various sectors, this hydraulic moulding press is suitable for use in automotive, rubber, plastic, and composite material industries. Its electric power source and flexible voltage compatibility (380/415 V) make it a reliable choice for contemporary manufacturing plants in India and beyond.

FAQs of Hydraulic Moulding Press:

Q: How does the Siemens PLC system enhance the operation of the hydraulic moulding press?

A: The Siemens PLC system enables precise, automated control of all machine functions. This reduces operator intervention, increases process consistency, improves productivity, and allows easy monitoring and adjustment of pressing parameters.

Q: What is the maximum size of mould that can fit on the working table?

A: The press features a spacious 900 mm x 900 mm working table with a maximum opening distance of 800 mm, which supports moulds of considerable size suitable for a variety of industrial applications.

Q: When should the hydraulic pressure gauge and valves be checked or maintained?

A: Regular inspection and maintenance of the hydraulic pressure gauge, proportional valve, pre-fill valve, and solenoid valve should be part of the routine service scheduleideally before each production cycle and during scheduled maintenance to ensure optimal performance and safety.

Q: Where is this hydraulic moulding press manufactured and can it be exported internationally?

A: This press is manufactured in India and is available for supply to domestic and international markets, making it an excellent choice for exporters and global manufacturing companies.

Q: What is the process for setting up the hydraulic moulding press for a new production run?

A: Setting up involves powering the machine, configuring the Siemens PLC with the required pressing parameters, positioning the mould on the 900 mm x 900 mm table, and confirming all safety checksensuring all hydraulic lines, gauges, and valves are functional before initiating a new cycle.

Q: How is consistent pressure maintained during operation?

A: Consistent pressure is ensured by the hydraulic pressure gauge alongside the precision of proportional and solenoid valves. The Siemens PLC continuously regulates operational parameters to uphold the desired force throughout the moulding cycle.

Q: What are the main benefits of using this hydraulic press for industrial moulding?

A: Key benefits include fast and precise moulding, high repeatability, robust force output, flexible voltage compatibility, and user-friendly operation. Its rugged design and advanced controls promote efficient production and lower maintenance needs.

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